Abstract: A movable body of an actuator includes a first yoke to which a first magnet facing a coil from a Z1 direction is fixed, and a second yoke to which a second magnet facing the coil from a Z2 direction is fixed. The portion of the first yoke to which the first magnet is fixed consists of two members: a first inner member and a first outer member. The portion of the second yoke to which the second magnet is fixed consists of two members: a second inner member and a second outer member. The portions surrounding both sides of the coil in the X direction bond first connecting plate portions of the first outer member and second connecting plate portions of the second outer member.

Abstract: To provide a card reader that encrypts information acquired via an IC contact block. A card reader includes: an IC contact block including a contact spring capable of being in contact with an external connection terminal of an IC chip of a card; a flexible printed board to which a spring end of the contact spring is coupled; an encryption circuit mounted on the flexible printed board and electrically connected to the contact spring to encrypt information acquired from the IC chip via the IC contact block; and a resin sealing member that integrally covers the spring end and the encryption circuit.

Abstract: An industrial robot includes a mounting mechanism on which multiple conveyance objects is mounted. The mounting mechanism includes multiple hands overlapped with each other at a predetermined pitch in an upper and lower direction. Each of the hands includes: a fixing part to which a fixed part of the mounting part is fixed, and a bolt for fixing the fixed part to the fixing part. When the mounting mechanism includes a hand having an upward bolt, all of the fixing parts and the fixed parts of the hands disposed on a lower side of the upward bolt are formed with through holes for engaging a tool with a head part of the upward bolt from a lower side of the hand disposed at the bottom. An inside diameter of the through hole is larger than an outside diameter of the head part.

Abstract: An ice making device includes a restriction mechanism for restricting an ice detection lever from moving to a lower side than a restriction position. The restriction mechanism includes a restriction member, a wire spring attached to the restriction member, an opening part and a protruded part provided in the frame. A restriction part of the restriction member is capable of moving between a first rotation position and a second rotation position. When the restriction member is located at the first rotation position, the protruded part elastically deforms the wire spring and urges the restriction member to the first rotation position and, when the restriction member is located at the second rotation position, the protruded part elastically deforms the wire spring and urges the restriction member to the second rotation position. When the restriction member is located at the second rotation position, the restriction part is disposed at the restriction position.

Abstract: An actuator is provided. A movable body oscillating in an actuator has a shaft, and first and second inner frame members fixed to the shaft. A support body has a cylindrical case, a first and second lid members fixed to the ends of the case, and a first and second outer frame members disposed inside the case. The first inner frame member is connected to the first outer frame member by the first connecting body, and the second inner frame member is connected to the second outer frame member by the second connecting body. The first lid member has a pressing convex portion which abuts the first outer frame member, and the second lid member has a pressing convex portion which abuts the second outer frame member. The number of the pressing convex portions arranged spaced apart along the circumference direction is limited to two or three.

Abstract: According to an embodiment, a support body of an actuator is provided with a first holder member and a second holder member that are made of resin, a coil, and a first plate and a second plate that are made of metal. The first plate is assembled to a first coil holding portion of the first holder member and a second coil holding portion of the second holder member from the Z1 side, and then the coil is arranged between the first coil holding portion and the second coil holding portion. After that, an adhesive is filled into a central hole of the coil, and the second plate is assembled from the Z2 side. A case abuts against a first side plate portion of the first holder member, and a second side plate portion of the second holder member in Z direction, and the case is thus positioned.

Abstract: The actuator includes a movable body, a support body with a case that accommodates the movable body and a coil holder, a connecting body connected to the movable body and the support body, and a magnetic drive circuit including a coil and magnets opposed to the coil in a Z direction and causing the movable body to vibrate in an X direction with respect to the support body. The connecting body 4 includes the first connecting body 6 disposed at the position where the movable body 5 and the support body 3 are opposed to each other in the Z direction (first direction), and the second connecting body 9 disposed at the position where the movable body 5 and the support body 3 are opposed to each other in the X direction (second direction). The first connecting body and the second connecting body are viscoelastic bodies.

Abstract: An optical unit is provided and includes: a movable body having an optical module, a fixed body, a support mechanism turnably supporting the movable body with respect to the fixed body, a flexible wiring board whose one end connected with a connection part provided in the movable body and disposed on a side in a first intersecting direction intersecting an optical axis direction with respect to the movable body, and a positioning part disposed on the side in the first intersecting direction and positioning an other end of the flexible wiring board in the optical axis direction. The flexible wiring board is folded to be overlapped with each other when being viewed in the optical axis direction. A position in the optical axis direction of the turning axis is located at a position on an outer side with respect to a range from the connection part to the positioning part.

Abstract: A drive device is provided and includes: a movable body including an attachment part, to which an optical module is attached; a fixed body; and a support part rotatably supporting the movable body about an optical axis of the optical module attached to the attachment part with respect to the fixed body. The movable body includes a movable body-side fixing part, to which a flexible printed circuit pulled out of the optical module is fixed. The fixed body includes a fixed body-side fixing part, to which the flexible printed circuit is fixed. And, a portion between the movable body-side fixing part and the fixed body-side fixing part in a region along an outer periphery of the fixed body is set as a region drawn around in an attitude causing a thickness direction of the flexible printed circuit to be directions both orthogonal to a direction of the optical axis.

Abstract: A control device for an industrial robot includes a plurality of types of safety devices capable of connecting with the control device and connected with a power source in series, and the safety device is configured to be capable of being manually switched between electric cutoff of a wiring path and resumption from the cutoff. The control device further includes detection circuits connected with respective output side terminals of the plurality of the types of the safety devices, and each of the detection circuits detects whether the output side terminal is in a first state that power is supplied from the power source or in a second state that power supply from the power source is stopped, and the control device further includes a control part configured to perform notification based on an output of the detection circuit.

Abstract: An optical unit includes: a reflection portion which reflects an incident light flux from an incident direction on the outside in a reflection direction toward an imaging element; a movable body including the reflection portion; a fixed body; a movable mechanism which allows the movable body to move relative to the fixed body; and a gimbal mechanism including a first support portion which supports the movable body swingably about a first axis, and including a second support portion which is swingably supported by the fixed body about a second axis intersecting the first axis direction.

Abstract: A case includes a movable body to which an optical module having a first flexible wiring board is to be attached, a fixed body, and a second flexible wiring board with which the first flexible wiring board is to be connected. The movable body is swingably held by the fixed body, and the second flexible wiring board is structured to be resiliently bent easier than the first flexible wiring board.

Abstract: In an optical unit with a shake correction function, a frame-shaped holder to which a camera module is fixed to an inner periphery being structured of a metal portion formed of a metal material, and a resin portion formed of a resin material and integrated with the metal portion by insert molding. The metal portion includes magnet fixing portions formed of a magnetic material and to which a driving magnet is fixed, and spherical body contact portions in contact with a spherical body made of metal and serving as a fulcrum for pivotal movement of the holder.

Abstract: In an optical unit with a shake correction function, a first circuit board, which is pulled out from a camera module, and a second circuit board, on which a first drive coil and a second drive coil are mounted, are electrically connected by a first connection portion and a second connection portion, which are electrically connected while overlapping each other. Moreover, in the optical unit with a shake correction function, a drawer portion of the first circuit board is pulled out toward an outer peripheral side of the optical unit with a shake correction function.

Abstract: To provide a wide-angle lens having a four-group, five-lens configuration and capable of increasing an angle while maintaining productivity of a second lens and an object-to-image distance of an entire lens system is reduced. A wide-angle lens has a four-group, five-lens configuration. A second lens, a third lens, a fourth lens, and a fifth lens are plastic lenses, and the fourth lens and the fifth lens constitute a cemented lens. A refractive index n1 of the first lens is 1.839, which satisfies the following conditional expression (1), 1.800<n1??Conditional expression (1), As a ratio between a focal length f2 of the second lens and a focal length f0 of an entire lens system, f2/f0 is ?2.680, and satisfies the following conditional expression (2), ?3.000<f2/f0<?2.500??Conditional expression (2).

Abstract: The present invention provides a wide-angle lens capable of obtaining a suitable negative power even when a thickness of a first lens is increased in order to increase strength against impact. The wide-angle lens 100 has a front group 110, an aperture 80, and a rear group 120. Assuming that a central thickness in an optical axis direction of a first lens 10 is T1 (mm) and a focal length of the entire lens system is f0 (mm), the following conditional expression: 1.500?T1/f0?2.000??Conditional expression (1) is satisfied. Therefore, it is possible to suppress the first lens 10 from being damaged by impact. In addition, it is possible to prevent the first lens 10 from becoming too thick to obtain suitable negative power.

Abstract: Provided is a lens unit capable of maintaining suitable image formation characteristics even with changes in temperature. The fourth lens outer peripheral face of a fourth lens is not in contact with the inner peripheral face of a second accommodation part. A fifth lens is made of glass, is press fitted and fixed to a resin-made lens holder to form an integrated fifth lens body, and is housed in a lens-barrel. A stepped part formed to engage with a stepped part in the fourth lens is provided in the lens holder outside the fifth lens on the object side of the fifth lens body. A fifth lens body outer peripheral face that is an outermost peripheral face of the fifth lens body comes in contact with the inner peripheral face of the second accommodation part.

Abstract: An optical unit with a shake correction function includes a movable module and a fixed body. The movable module has a lens and is supported by the fixed body to be capable of moving in a direction orthogonal to an optical axis of the lens. The fixed body surrounds the movable module from an outer periphery side. The movable module includes a first substrate and a second substrate, with a thickness direction of either substrate being consistent with the direction along the optical axis. An image sensor is disposed on the first substrate. The second substrate is electrically connected to the first substrate to overlap the first substrate on an image side, and is smaller in shape than the first substrate when viewed along the optical axis of the lens. A flexible printed circuit board is led out from an outer circumferential surface of the second substrate.

Abstract: A module provided in a predetermined space of an operation panel of a transaction terminal device to input and output digital information, includes: a wireless unit, a scanner unit, and a housing. The housing has a first front surface member and a second front surface member, a lower side of the first front surface member projects toward an operator with respect to an upper side of the first front surface member, an upper side of the second front surface member projects toward the operator with respect to a lower side of the second front surface member, an antenna of the wireless unit is provided on a back side of the first front surface member, a lower side of the antenna projects toward the operator with respect to an upper side of the antenna, and the scanner unit reads a code through an opening of the second front surface member.

Abstract: In a rotor of a motor or the like, in order to suppress scattering of a part of a magnet provided around a rotating shaft, the rotor has a cylindrical magnet through which the rotating shaft passes, a first holder which covers the magnet from one side in an axial direction of the rotating shaft and a second holder which covers the magnet from the other side in the axial direction. The magnet is press-fitted into a first body portion of the first holder and a second body portion of the second holder, and a first end of the first body portion and a second end of the second body portion are joined by welding or the like. An inner diameter of the first end and the inner diameter of the second end are larger than an outer diameter of the magnet.